The average regional LTL carrier and private fleet loses between 4% and 8% of total miles to out-of-route (OOR) driving. When combined with unmonitored auxiliary PTO and idle fuel consumption, this hidden expense routinely erodes 180-340 basis points of operating margin. Traditional TMS platforms such as Truckmate, McLeod, or TMW calculate dispatched mileage using PC*Miler or ALK, but they have no visibility into real-world route geometry once the driver leaves the yard.
Strong Tower Consulting developed the Fleet Telematics Protocol to close this gap. The protocol continuously audits planned versus actual route circuitry, isolates auxiliary engine idle burn, and dynamically re-sequences multi-stop city cartage routes using live CheckPoint telematics data.
The Hidden Operating Expense
In multi-stop LTL and dedicated cartage operations, drivers frequently deviate from optimized routing to accommodate receiver appointment windows, traffic congestion, or last-minute EDI 204 changes. These deviations are rarely captured in driver settlement calculations or fuel surcharge recovery. At the same time, auxiliary engine idle (cab comfort, reefer units, or PTO equipment) can consume 0.8-1.4 gallons per hour without appearing as "driving time" in ELD records.
When these two factors compound across a 40-tractor fleet, annual margin drag can exceed $185,000 before considering increased maintenance cycles and IFTA reporting inaccuracies.
The Strong Tower Fleet Telematics Protocol™
Our protocol integrates directly with CheckPoint (https://exspeeditecheckpoint.com/login.php) to deliver three core auditing functions:
- Continuous Route Circuitry Auditing - Compares dispatch-planned mileage (PC*Miler/ALK) against actual GPS breadcrumb trails. Deviations greater than 3% trigger an automated OOR event with root-cause classification (traffic, customer delay, driver routing error).
- Geofence Dwell Analysis - Isolates productive loading/unloading time from non-essential tractor idling. Engine data parameters (PTO status, coolant temperature, battery voltage) are cross-referenced with geofence entry/exit timestamps.
- Dynamic Multi-Stop Sequence Optimization - Uses live traffic congestion layers and receiver appointment windows (captured via EDI 214 status messages) to recommend optimal stop order. Drivers receive in-cab guidance through the CheckPoint mobile application.
| Metric | Standard Dispatched Mileage | Unmonitored GPS | Strong Tower CheckPoint Protocol |
|---|---|---|---|
| Average OOR Percentage | 6.8% | 5.1% | 1.4% |
| Weekly Gallons Wasted per Tractor (Idle + OOR) | 41.2 | 29.7 | 8.4 |
| Annual Margin Drag (at $3.85/gal) | $312,400 | $225,100 | $63,700 |
| Driver Incentive Alignment Score | Low | Medium | High |
Fair Driver Fuel Coaching & Bonus Programs
Raw telematics data must be transformed into positive, gamified performance metrics. The Strong Tower protocol assigns "Fuel Efficiency Points" that reward drivers for minimizing OOR mileage and unnecessary idle while protecting legitimate safety or customer-driven delays. These points feed directly into weekly driver settlement calculations within Truckmate or McLeod, ensuring fuel bonuses are mathematically defensible and transparent.
Carriers using this approach have reported a 27% reduction in preventable idle time and improved driver retention because coaching is based on objective, reconciled data rather than supervisor opinion.
Strong Tower Consulting, LLC and Exspeedite LLC are separately organized sister companies under common ownership. We never require you to buy or license our software to receive our consulting services. Founded in 2008 in Minnesota by Scott Elliott. Phone: 763-244-1373.
Implementation Requirements
The protocol requires CheckPoint telematics units with auxiliary engine data channels enabled, SQL-level integration with your TMS (Truckmate, McLeod, or TMW), and EDI 204/214/210 processing capability. Strong Tower provides the mapping rules, exception workflows, and monthly audit reporting. Carriers retain full data ownership and can export reconciled mileage directly into IFTA state tax calculations.
Conclusion
In an era of razor-thin operating ratios, the difference between acceptable and exceptional performance often lies in the disciplined auditing of route circuitry and auxiliary fuel burn. The Strong Tower Fleet Telematics Protocol turns CheckPoint from a passive tracking tool into an active margin-protection system for multi-stop LTL and city cartage fleets.
Request a Route Circuitry & Fuel Burn Assessment
Frequently Asked Questions
What is an acceptable threshold for out-of-route (OOR) miles in commercial trucking?
Industry best practice for LTL and regional cartage operations is to keep OOR mileage below 2.5% of total dispatched miles. Anything above 4% represents material margin erosion that can be corrected through disciplined telematics auditing.
How does CheckPoint differentiate between safety-mandated engine idling (extreme weather) and unnecessary waste?
CheckPoint uses geofence dwell analysis combined with engine data parameters (PTO status, battery voltage, HVAC status, and ambient temperature) to classify idle events. Safety-mandated idling is automatically flagged when ambient temperature falls below 20F or exceeds 95F while the vehicle is stationary at a customer location.
Can route circuitry data be automatically ingested into IFTA state mileage tax calculations?
Yes. Strong Tower's CheckPoint protocol exports reconciled route geometry (planned vs actual GPS breadcrumbs) directly into SQL-based IFTA modules used by Truckmate, McLeod, and TMW. This ensures accurate state-line crossing data and eliminates manual odometer adjustments.
How does multi-stop route circuitry optimization impact driver settlement calculations?
Optimized circuitry data feeds directly into driver pay rules. When actual route geometry exceeds planned PC*Miler or ALK mileage by more than 3%, the system isolates excess miles and prevents them from inflating fuel surcharge or mileage bonus calculations, protecting both carrier margins and fair driver compensation.
Published January 2025 | Strong Tower Consulting, LLC